Type-writing machine.



G. B. YAW. TYPE WRITING MACHINE. APPLICATION mum mm: 5. 190B.

Patnted NOV.9,1909.

5 SHEETS-SHEET 1.

4 6 mfg M15 56] 46 I DIII- Z J ZICZZZZT .IIZllil :ji?gjl I llim F W I F! G .v a

WIT NESEIEEIQ INVENTUR HIEATTURNEY C. B. YAW.

TYPE WRITING MACHINE.

APPLICATION FILED JUNE 5, 190a.

Patented Nov. 9, 1909.

6 SHEETS-SHEET 2.

WITNEEEEE1= INJENTUR HEEBATTEJRNEY U. B. YAW. TYPE WRITING MACHINE. APPLICATION FILED JUNE 5,1908.

Patented Nov. 9. 1909.

6 SHEETSSHEET 3.

INVENTCJR:

WETNEEIEIEE;

W a w 4 gwkw HlEATTEIRNEV G. B. YAW.- TYPE WRITING MACHINE. APPLICATION FILED JUNE 5, 1908.

SHEET 4.

Patented Nov 5 SHEETS INVENTEIR WITNESEIESQ G. B. YAW.

TYPE WRITING MACHINE. APPLICATION FILED JUNE 5. 1908.

Patefited Nov. 9, 1909.

6 SHEBTSSHEET 5.

WITNESSEi INVENTEIR= $304 iaw w HIE/\TTURNEY- enirnio GLIO B. ere, or Aniline-Ten, new Jensen, nssien'on rozeniimeron e;

ivni'rnn GOE'EAIW, 01F ILION NEW, YORK, A CORPGEiLtTIQN Q11 NEW TYPE-WRITING niecninn.

osnsve.

useful Improvements in Ty'peWriting Me I chines, of which the iollovving is a specifice weys 3 and i are fixed above the top plate tion.

My invention relates especially to What are connnonly termed carbon rollv mechanisms for typewriting machines and the object of said invention, generally stated. is to provide an improved mechanism of the eiess' specified.

To the above general end, my invent'on consists in the features of construction, cone binetions of devices and errangementsof parts hereinafter described and pert cnlnrly pointed out in the claims.

The invention is shown applied to 2. front strike typewriting machine but the nature of said invention is such I that it me Y adapted readily to other styles of Writing machines.

in the accompanying drawings. Figure l is a front elevation of the upper pert of typewriting machine emboiying my inven tion; parts being oinisted, Fig. 2 21 side elevation of Fig. 1. Fig. 3 is n seetionel view taken transversely of the platen we showing the paper controlling mechanism. Fig. i is a. sectional view corresponding to Fig. 3 but showing some of the parts in different relations, other parts she W11 in Fig. 8 being omitted. Fig. 5 is a fragmentary sectional. view taken longitudinaily of a. part hereinafter termed a guide roller orfgnide. Fig. 6 is s fragmentary longitudinal sectionel view of a. part hereinafter termed e materiel-carrying device or roll --liol. ier.

4 e irsginentzny perspective view sheeting especieily a. device hereinafter termini e oeding dievice or loecier. Fig. 8 e fraginentery sectional view taken transversely of the roll-holder and illustrating liner in which the lender cooperates Lili-Plfinj. n. Fig. 9 1S a fragmentary sectionei' view ta (en longitudinally of tiie shaft of the loatier. i

As illustrated in Figs. i. snri 2, the main frame of the machine comprises corner posts 1 supporting a. top plate -Gro0vecl gnizie and eoiSpeinie-yvitli rollers 5, said roilers likewise coiipesetmg with the front emi Specification oi. Eotters Petent. 4

Application illel Knee 5, 1%25.

Feten'tefi. Nov. if). 199%.

semi eases rear hers respectively numbere fi and '5 of ecsi'risge which also comprises end. lows 8. Links 9 connect the end bars 8 with the side or end hers 10 of s platen. inme. or

the usual construction.

Til-lie paper feeding de 'ces are or may lee substantially the es hose enclosed the pending application Lu .ger u 4 Serial. No. 493,183, fileii Feb and comprise brackets seems 16% to the cross bar 11. Support brackets 15 is e cross rod 1.! on jonrnele-o e pair of tin-*eewarmer Pivoted 1.9 to the horis-o .iposeri arms of solo. ijiiZEQ-Stlllififi ieve mere 20 on which are journeied sfi. carrying resy-ectiveiy front sectional feed rollers 23 and 24-. The feed. roilers are adapted to he maintainer in content with the giieten or the paper thereon ole Fig. 3 by springs 25 which F" the clepen-riing vertical sinned. levers 1. 'ihe upwardly e arms of said llli'6-i2.1'l1ll levers tv in finger portions 18 which are mi be engaged by fingers or lugs fined. reel; shaft 52'? journal "he of the brecliis 15. A to the left-hand when pushed rear not again; the iin 2 armed on the rto eve come the springs one feeri rollers and away from the pieten.

end

A p ner apron or scale plate er- I .r A ranged at the under s:.

o with n.

cerrier, said platen frame nrther compris 6i] ing a cross her 11 3) which. connects the sicle bars 10. Jonrneied the sir e teens 10 is an axle 12 which supporis e 13. The v in'izen is provieieii win;

whee s {not shown}, end 't n 4: 2; ratchet Wheel 14 with coop usual. or snitebie hand cor J'oliei ii e snecing devices (not shown). prising strinnentelities silo. cerriege seeing ee see are not shown herein but W lateral pin 33 projecting from the extension to force the forward portion of the vided with solid hubs or hearing paper apron or plate 29 into close contact with the platen or the paper thereon as shown in Fig. 4. In the present construction the usual springs for maintaining the paper apron 29 in contact with the platen may be dispensed with so that the paper apron, except when operated as hereinafter described, lies out'of contact with the platen as shown in 3; or, if preferred, in order to prevent the paper apron from being loose on its pivots 31, a light spring or springs may be used to cause the paper apron to bear very lightly against the platen.

A paper table 34 may be mounted on a support 35 at the rear of the platen, and the usual paper fingers 36 may be mounted on across bar 37 at the front of the platen (Fig. 2). i

The carbon roll mechanism proper is carried on a supporting frame which is mounted on the usual brackets 38 for the tabulator stop bar (not shown). lhe supporting frame is vertically disposed andcompriscs side bars 39 which are secured to the brackets 38 by headed screws 40 passing upward through holes in said brackets 38 into the bases of said side bars 39 (Figs. 2 and 7). The side bars 39 are formed with vertical slots or guide ways 41 having angularly disposed orhorizontal entrance ways 42 at their lower ends to receive the carbon roll-holder presently to be described. At their upper ends said side bars terminate in socket portions 39 which receive the ends of the e);- tensions 43 of a frame piece 43, which frame piece provides a bearing for a guide roller presently to be described. The frame piece is preferably made of wire and is shaped like an inverted U, the extensions 43 forming the sides of the U and being fixed in the sockets 39 in any suitable manner. Cross arms 44 connect the sides or extensions 43 and are suitably secured thereto, said cross arms serving as braces to strengthen the supporting frame and ma'lre it rigid.

Before the wire forming the frame piece 43 is bent into shape it receives a guide roller or guide 45, the construction of which is best shown in Fig. 5. The guide roller proper is a hollow cylinder which is propieces 46, said hubs being suitably secured in the ends of the guide roller 4-5. lhe guide roller is adapted to turn freely on the frame piece 43 but is held from endvvisc motion by collars 47 abutting against the end of the hubs 46. Said collars 47 are secured to the frame piece by set screws 48.

The details of: the material carrying or roll-holder device are best shown in Fig. (3. The roll-holder proper 49 is preferably made solid to give it weight, for the reason that in the present construction gravity is de- 'ways 41, rack bars 55 (l i pended on to move the roll-l'iolder automatically and rewind the carbon paper or other material thereon, as will presently be described. he roll-holder is cyliinlrical and is formed with reduced end portions 19. Said roll-holder is mounted on a. shaft 50 and is adapted to turn Iwith said shaft ordinarily but may have a rotary motion independent. thereof by reason of a frictional connection with said shaft. The shaft at its ends is slightly tapered and carries pinions 51, said pinions being driven on to the lapered end portions of the shaft and being held in place by headed screws 52 which are received in tapped openings in the ends of the shaft, the heads of said screws being provided with flanges 52 which abut against. the outer heads of the pinions 51.

One end of the roll holder 45) is formed with a depression or socket 523 which receives a coiled friction s n-ing 54, said spring surrounding the shaft 50 and bearing at one end against the bottom of the depression 53 and at the other end against the inner face of the adjacent pinion 51. It will be seen that the pinions 51 are fixed to the shaft 50 so that they always turn with it and it will be understood that by reason of the frictional connection through the spring 54- between the roll-holder proper 4.) and one of the pinions 51, said roll-holder will normally turn with the shaft and pinions without any change in relationship among them. it will be understood, however, that ii the shaft and pinions are held from turning the rolLholdcr 49 may, nevertheless, be turned it suliicicnt power he applied to overcome the friction of the spring 54. shown in Fig. (3 the distance between the inner faces of the pinious 51 is slightly in excess of the length of the roll holder proper 45) so that said piuions in then'lselves will not prevent relative turning movement of the roll-lmldcr, the friction spring performing this function.

The heads of the screws are a laplcd to cooperate with the sii'lcs'of the guide ways or slot-ways 41 in the side bars 39 to guide the rolbholdcr up aml'down lengthwise of said slots, the llangcs 52 preventing cudwisc displacement of the r llholdcr. In order to cause turning movements of said roll-hol lcv during its excursions up and. down the slot- 1., 2 and T) to cotipe ate with thepinions of are provided. said rack bars extending lengthwise of said slots and being secured to the inner wall.- of the side bars 3%) at the rear sides of the slot-ways 4.1.

To insure the proper engagement of the teeth of the pinions teeth of the rack bars 55, a mechanical loading device is provided for receiving the roll holder and entering the roll-holder in place on the machine, or loading it. dcfore entering the roll-holder in place :1 rolled 5L with correspond ing ceases son to unwind or wind the sheet 56.

The loading device is illustrated in Figs. 1, 2, 7 and 9, comprising a rock-shaft 58 having bearingsin the bases of the side bars 39.

Adjacent the inner faces of the side bars 39, cradle pieces 59 are mounted on the rock shaft 58, said cradle pieces being provided with hubs 60 wh ch are pinned or otherwise suitably secured to the shaft. Each'cradle piece is provided with a toe or extension 6]: having a curved edge 62 which is a continua tion of the curved upper edge 63 of the body of the cradle piece. The shaft 58 extends outward through and beyond the right-hand side bar39 as shown most clearly in Fig. 9, which is a rear View. The extended partof said shaft receives a handle 64 which is provided with a hub portion 65, said hub being driven or otherwise suitably secured to the shaft 58. The hub 65 is provided with a depression 66 which receives a coiled restoring spring 67, one end of which engages the hub,-

the other end engaging the adjacent side bar 39. The spring 67 tends constantly to turn the shaft 58 and. the cradle pieces forward, and normally maintains the right: hand cradle piece in contact with a stop pin 68 projecting laterally inward from the lefthand side bar 39. If desired, the spring 67 may be dis ensed with and the loader operated entire y by hand.

Vihen it is desired to enter the roll-holder in place in the machine the handle 64 is pushed rearward, turning the loader to the position shown in Fig. 7 then the roll is placed on the loader with the reduced end portions- 49 engaging the curved edges 62-63. The roll holderis thus seated or cradled, as it were, on the loader, the handle whereof is then. released, enabling the spring (37 to turn the loader forward onits axis of rotation and causing the edges 63 to press the roll-holder forward. During the first iart of the forward motion of the rollholder, the heads of the screws 52 will pass through the mouths or entrances 42 of the guideways 41., and. the forward movement of the roll-holder will continue until the'heads of screws ccntact with the front walls into mesh with theiacks, 55ers appears from an inspection of Fig. 8. It willbe seen that the loading device or loader affords a simple and convenient means of entering'or feeding the roll-holder or material carrying device into-place'into the machine and insures that corresponding teeth of the rack bars 55 will be engaged by the associate pinions 51.

When the roll-holder is in'place, the free I end of the carbon paper 56 may be drawn upward at the front side of the roll-holder and over the top of the guide roller 45. Thence the carbon paper passes down over the front of an inclined chute ortable 69 (Figs. 1 and 2). The chute is fastened to and supported by rods 70 extending forward from the upper cross rod 44 and is also-fixed to an angled bracket 71 which extends forward from the left-hand side bar 39 and thence inward behind the chute, broadening out near its end to receive two securing screws 72 which enter theback of the chute. The side edge portions of the chute 69 are bent or inclined inward indicated at 69 over the top of the being inclined slightly forward as best shown in Fig. 2, so that when the carbon paper passes the lower free end of the chute, which terminates slightly above the platen, said carbon paper will pass downward behind the platen and in between said platen and the rear feed roller 24. The platen may now be turned in line' spacing direction to feed the carbon paper through the machine until it passes so far beyond the forward edge of the paper apron 29 that at the end of the automatic retracting movement presently to be described, the free end portion of the carbon paper will be between the platen and the forward end of the paper apron so that the carbon paper may be clamped by the paper apron ifs hereinafter explained.

When the carbon caper is led off the rollholder and is pulled upward and over the guide' roller :45, the roll-holder will, of course, be turned or rotated. Because of the engagement of the pinions 51 with the 1 straight rack bars the roll-holder as it rotates, will also move bodily upward, the piniens rotating and-traveling along the rack -bars 55,- nevertheless the roll-holder will continue to turn 'fll'ld fpermit further uninter rupted movement 0 the free end of the carbon paper because of the frictional device or spring 54:. The lengths of the slot-ways ti and lack-bars 55 are preferably proportioned to allow a length of carbon paper to be unwound movement of the roll-holder equal to the length or the longest bill sheet or work sheet which is intended to be written.

Cir

Supposing that the carbon paper 56 has been drawn forward past the paper apron as above explained and that the release key 28 be pushed rearward to move the feed rollers 23 and 24% away from the platen and release the carbon paper, then the roll-holder. 49 being weighty will promptly run downward in its slot-ways under the influence of gravity. As it runs or moves downward, the roll holder will be rotated through the pinions 51 and racks 55, thus rewinding the carbon paper. This rotation or turning of the rollholder and rewinding of the carbon paper will continue until the roll-holder reaches position of rest near the botton of the slot ays 41, where it may be arrested by contact with the edges 68 of the loader. It will be noted then that the loader may perform an additional function, serving as a closure for the lower ends of the slot-wuys -11 and as a stop to limit the downward run of the rollholder.

In order to prevent running up or excess movement of the transfer sheet or carbon paper during the rapid downward morement of the roll-holder, n'mans are provided lorrausing the paper apron 29 to automuh ically grip or clamp the free end of the cari bon paper when the roll holdcr reaches the end oi its downward travel. This automatic gripping or clamping means comprises an arm 73 lined to and depending from a sleeve 74 surrounding the rock shaft 2?. The arm T23 is provided with an open-mouthed slot-75 which receives the lateral pin as best shown in Fig. 4 A angular arm 76 is fixed lo the top of the sleeve Tel and extends rearward from said sleeve and then upward, being; formed at the rear of its upper end portion with an inclined or cam edge 77. This cam edge cooperates with the left-hand red need end 49" of the roll-holder so that when the roll-holder nears the end of its downward travel it contacts with the edge 7? and turns the gripping member (comprising the arm 70, sleeve 74- and arm Til) on the shaft 27, thereby rotating the lover iii-32 on the rod 1? and forcing the forward portion of the paper apron or gripping device toward the platen to clamp or grip the carbon paper movement around the platen. The operative positions of the grippingmember and mpel apron are illustrated in Fig. at.

it will be understood that an operation such as that described, beginning with the loading and ending with the downward run of the roll-holder, is only necessary when the during the upward bodily l l l roll-holder by the edges (ill on llio roll of carbon paper first lozni'cd or cni rcd in the machine. suming ihnt the (nametion has been gone through with as :ibrwc dcscribeiil, the mechanism. and the carbon pm per are now arranged to cooperate with the bill sheet or paper to be written on. its is well uinlcrstood the work ehccts commonly employed with ihis clas oli mechanism are in the liu'm cl" folded bill sheets, such us ihul illust 'aled in Fig. 1 and numbered '18. The bill sheet is entered into the machine by lb: 1 passing thejolds or lcnvcs Ibci'col one in front of and one behind the chute (il so that the bill straddles the chute and the fo d ol? said bill is brought into elurugemcnt with the right-hand edge ol the chute. Then the bill is slid dowmvnrd until its edge p; a luetwecn the roar :lecd roller 21! and the platen, said platen being then iurncd until. the bill has been advanced into posiiion lo receive the iii-st line of writing. is wcll undcrstoinh this operation rcsulls in inclos inn; lhc cnrlum paper between lhcr folds of the bill and said carbon pnpcv will be led forward lhrtmgb the .i'i'iochinc with the bill sheet. At the start ol the lccdi o l lhc can bon paper; the bodily upward nun mcul ol the roll holder will begin and .d roll holder will scpurni from thc cum cdgtc permitting the pap npron 2; to fall away from the platen to the 1 osiii m shown in Fig. ll. As the fl'codin;.;j of the bill shccl; and carbon paper continues. the rol boldcr may move upward as bcicre unl i it rcuch s tho upper ends of the slots ;il 'l'heriI-n l'lcr during any 'l 'urlher ceding oi the ill Slllfll niilil carbon paper the roll. holder will. turn on the shaft 50 but without any bodi l v m vcmcnt.

The writing is done in the usual way, the usual inking ribbon (not shown) inking;- the outer l'old ot the bill and the inner lold thereof being printed lrom tho :H'bol] paper as is well understood.

\Vhen the writing on the bill has been completed said bill may be led forward out 01 the machine and then the release lcvrr 28 mi be hushed rearward to rch we the car bon paper or lruuslm' shoct. is soon as the carbon paper is rclcnscd. the rol hohh r ltl will run downward under the inllucucc of gravity, turning during its downward run lo wind up the carbon paper and food it baclo ward through the machine until said carbon paper is arrested by the clumping plate or paper apron 25 in position to begin the op- F eruiious l'or writing on u now or second bill sheet, and arrest its further backward teeilmg.

'lbis clumping operation is prel'cr ubl) tuned to coincide with the arrest ol the loading 1 device.

When :1 very long short or strip of carbon paper is wound upon the lOll-llOlllll. lhus adding; considerably toi lhe wcio'ht lhcvcot and consequently to thd nninicnlmn during}: the downward run of said. roll-h=tiildoig it li o proper operation of the paper apron or said roll-holder is adapted to coperate with may be desirable in older to insure the l holder into mesh with said rack bars; that clamping plate to arrange the inclined edge '17 of the clamping member or lever so that sand edge will itself serve as a stop for the roll-holder during 'its downward run," Ob

viously when the edge 77' operates in this. vay, the weight of the roll-holder will be applied to the paper apron through thereonnections between said paper apron and the edge 77 so that the clamping power or fric timi will be maintained constant. When the edge 77 is arranged in themanner last de scribed it will, of course, be necessary, in order to introduce the roll-holder into its force the upper arm 7?) forward on the rock shaft beyond its working position.

v by my holder There must therefore be suilicient yield or give in the connections between the arm 76 and the clamping plate or paper apron, or suficient resiliency in the arm 76, to permit of the for-cine forward of said arm. 76.

By the construction above described, it will be noted that the spring devi -es heretofore commonly employed to automatically retract or rewind the carbon popes? in this class of carbon roll 'mechsnism are dis penscd with, and the construction-is thereby simplified and rendered more certain in operation. Furthermore, it will be noted that the automatic clamping device or aper apron E29 advantageously replaces the rake mechanism heretofore made use of to pre; vent overrunning; or excess rewinding of the carbon paper. lit will further be seen that present invention 1' provide a rolldevice compjrising a roll holder pro er, a shaft extending through said rollholll or proper, pinicns 'fixed to said shaft at the ends of sale roll-holder proper and yielding connection between said r0ll-holder proper seid shaft; that said yielding connection is a frictional connection and comprises afriction spring which cooperates with said roll-holder proper and with said shaft; that said pinions are retained on said shaft and prevented from accidental displacement therefrom by screws'which are provided with beads that serve as guides for said roll-holdcr device when it is mounted in the machine; that combined with the rollically holder device or roll-holder is a loading device 6r loaderfor receiving said roll-holder outside the machine and introducing it into lace in the machineso thn' t-itiis automatbrought intofcooneration' with controlling meclianism,' saidicoi'itrolling mechcnism comprising a pair .of racks or rack "bars; that said loading (ii-W109) is pivotally mountedonthe machine and is movable by hand into position to receive the roll-holder;

that solid iolbholder is brought into cooperation with said rack bars by Torin :1 the pain of pmions carried. by said i:

1 l. ie-ways and to withdraw it therefrom to uide-ways on the machine, said guide-ways sing provided with entrances or mouths, said entrances being at an, angle to the lengths of the guideways, said guideways being vertical and said entrances or mouths being horizontal; that said loading device is movable to introduce the roll holder into silvidentrances, to carry it along through said, entrances horizontally and then to change its direction and lift it upward along said guide-ways a limited distance; that the loading device or loader comprises a rock shaft and a pair of cradle nieces fixed thereto and. providing seats or cradles for said roll-holder; that cams are also provided for movingv said roll-holder, said cams in the presentinstance being formed on the rotary cradle pieces and operating to move the roll-holder upward along said guide-ways after said roll-holder has passed horizontally through said entrances and has left its seats on said cradle pieces; that said loadin device also comprises a-handle fixed to sai rock shaft a restoring spring and a stop with which said restorin spring normally maintains said loading evice in cooperation; that means are combined with the rollholder for causing it to be moved bodily, so that itreceives a movement of translation as it is turned by the drawingbff or unwinding when the platen is turned; that in the present instance the said bodily movement of the roll-holder 01' material'carrying device is an upward movement; that means are provided, for stopping said bodily upward movement, said stopping means being in the present instance the closed upper ends of lhe guide-ways 41; that means are provided for permitting rotary movement of the rollholder to continue after its upward; bodily movement has been stopped, said last n-am'ed means comprising the friction spring obnnecting the roll-holder with its shaftythat the means for causing this bodily upward movement comprises the rack bars, and the pinions on the roll-holder; that when the paper releasing devices are '0 erated to free the carbon paper the force 0 gravity causes a bodily downward movement of said rollholder; that the rack bars and pinions cooperate during this bodily downward movement to rotate the roll-holder and rewind a portion of the carbon paper thereon; that said racks and pinions operate to cause bodily movement of the roll-liolderin one direction when. roll-holder is turned in the 'lSO operation of feeding the carbon paper, while during bodily movement of said roll'holder in the opposite direction under the force of gravity, said racks and pinions operate to cause a rotary rewindi movement of said roll-holder; that bodily downward movement of said roll-holder may be limited by the loading device, said loading device in such case serving as a stop for said roll-holder and also as a closure for the open-mouthed guide-ways along which said roll-holder runs; that the roll-holder is mounted on a vertically arranged supporting frame which is secured to the platen carria e oithe machine; that the guide- Ways ereinbetore referred to are on the supporting frame; that said supporting frame carries a guide or guide roller at its top; that the material or carbon pa er passes from the roll holder at the front side thereof upward over the guide roller and thence down over the chute or paper table which also is carried by said supporting frame; that from said chute the carbon paper passes down into the control of the platen and the cooperating feed rollers; that said roll-holder may be termed a gravity roll-holder and its downward run on said guide-ways may be termed a gravity run; that rewinding mechanism is provided in combination with said roll holder, which rewindingmechanism includesdevices brought into operation by gravity, said devices including the rack bars and pinions; that means areprovided for automatically an resting the Work sheet after it has been rewound to a certain, extent, said means operating to clamp the work sheet against the platen; that when. the means for releasing v the paper feedingdevices is operated to force the paper from the control of said paper feeding devices said clamping means operates to automatically clamp the paper after said paper has been moved a 1n:edeter-- mined distance independently of feedin devices and of the ,o cten: at b J 11 I this independent movement of H10 paner in the present instance a movement or with di-a at or retraction; that the :mtomatic clamping means comprise a Qt: niping plate which in the present instance the paper axon or scale slate that c vices are BIO" 1 1 l 4. viucd itor autoniaticallv actuating said clamping plate to clamp he paper, said devices comprising arms ixcd a rotary sleeve, said armsand sleeve constituting a lever or clanuging member; and that i lever or clanioing member is i L ed w in a cam. which coiipcrates n said rollholder during the downward run elf the latt said roll-holder to actuate said member or ever,

Various changes may departing from made without scope or my be and.

invention.

lVhat I claim. as new and desire to secure by Letters Patent, is

i. In a typewriting machine. a roll-holder device comprising a rollholder proper, shaft extending tlnzrelhrough, piuious fixed to said shaft outside said rolbholdcr, and a. friction spring contained within said rollholdcr and surrounding said shaft, said friction spring cooperating with said rollholder and said shaftto frictionully connect them,

2. In a t mewriting machine, a roll-holder shaft passing therethrough and connected with said roll-holder, pinions on the ends of said shaft, and screws for holding said pinions in place, said screws being provided with heads which serve as guides for said roll-holder device when it is mounted inthe machine.

3. In a typewriting machine, the combination of a rack on the machine, a roll-holder provided with a pinion, and a loader operative to receive the roll-holder from outside the machine and to move it to bring said pinion into mesh with said rack.

In a typcivriling m.'u:hino,the combination oi a roll-holder provided at its ends witli pinions, a pair of racks mounted on the machine, and a loader operative to rc 'vc the roll-holder and to more it to bring; said pinions into mesh with said racks.

5. In a typewriting machine, the combiuzv lion of a roll-holder, ;uide-ways therefor on the machine, said guide-ways being provided with entrance, a loadi g; device for receiving said role-holder from outside said guide-ways, said device being movable to introduce said roll-holder into the entrances tosaid guidoways and to move it a limited distance along said guide-ways.

6, In a typewriting machine, the combiiur tion of u roll-holder, {guide-Ava herc'l or on the machine, said guideways bcing' provided with entrances aw nearly tiltiptltit'il to ihc lengths oil said gu' ic-wu vs, and u ioudinc, device Operative to receive said roilholdcr from outside the machi"-r and to iniroducc it through said cnirui. i ,o'uideways.

i. in a t vpcuriiing uuichiim, the miubinzn ion of a I'Uil-lli)lti(i', iidcv tlniircfor ou the machine, said vgnidw ar being provided with entrances angulurb, disposed to the lengths of said ,gg'uide-wuv and a loudng device opcrulivc to 1 said rollvcider non) outside the mu-Jiiuc to intro- 7 through said entrant into the whine, lhc combinzv VulilCll guide-r r lower ends device comprising a roll-holder proper, a

into the eeeeve 9. In a typewriting machine, the combination of a roll-holder, an. aloading device therefor, said device comprising a rock shaft and a cradle-piece fixed thereon.

10. In a typewriting machine, the combination of a roll-holder, and aleading device therefor comprising a rock shaftand a pair of rotary cradle-pieces fixed on said rock shaft and providing a seator cradle for said roll-holder, said device also comprising cams for moving said roll-holder.

11. In a typewriting machine, the combinationiof a roll'holder and a loading device therefor comprising a pair of rotary cradlepieces connected together and spaced apart to cooperate with the roll-holder near its ends, said cradle-pieces providing seats for said roll-holder, and being provided also with cams for moving said roll-holder bodily after it leaves said'seats.

12. In a typewriting machine, the combi nation ofa roll-holder; and a loading device therefor, said loading device comprising a rock shaft, a pair of cradle-pieces fixed thereto and spaced apart to receive said rollholder, a handle fixed to said rock shaft, :1 restoring spring; anda stop with which said restoring spring normally maintains -said device in cooperation.

nation of 'a roll-holder,

.13. Ina typewrlting machine, the 'c'ombi guide-ways along which said roll-holder is movable, said guide-Ways being provided with entrances, and means for moving said roll-holder through said entrances into said guide-Ways, said means serving also as a closure for said guideways.

14. In a typewriting machine, the combiuide-ways along which. said roll-holder is movable, said guide-ways being provided with entrances, and means or moving said roll-holder through said entrances into said guide-ways,

said means also serving as a stop to arrest movement of said roll-holder alongsaid guideways.

15. In a typewriting machine, the combination of a roll-holder, uideways alo'n' which-said roll-holder is movable, sai

guide-ways being provided with entrances, and means for moving said roll-holder thropgh said entrances. into said guideways, said means also serving as astop for said roll-holder and as a closure for said guide-ways,

16. In a typewrit-ing machine, the combj nation of a-rotary rori holder, and mean s for causing .said rollslwlder to receive a movement of translation'as it is'turned. to unwind the sheet carried thereby.

17. In a typewriting machine, the combination of a platen, paper feeding mechanism, a material-carrying device which rotates as the material is drawn ofi' it and fed over the platen, and means operating to cause said device to receive a movement of translation as it is rotated.

18. In a typewriting machine, the combi:

nation of a platen, paper feeding mechan ism, a material-carrying (lCV1CO Wl11Cll ro tates as the material is drawn cit it and fed over the plat'en means operating to cause said device to receive a movement of translation as it is rotated, and means for stopping bodily. movement. ofsaid device, said first recited means comprising means permitting rotary movement of said device to continue after bodily movement thereof has been stopped.

19. In a typewriting machine, the combination of a rotary roll-holder, and means for causing said roll-holder to receive a movement of translation as the sheet is unwound therefrom, said means comprising a pinion on said roll'holder and a cooperating rack.

20. In a typewriting machine, the combination of a platen, paper feeding devices, a roll-holder which rotates as the material is drawn off it' and fed over the platen, means for causing the roll-holder to move bodily in i111 upward direction during its rotary movements, means for releasing the sheet from said paper feeding devices and downward under the iptluence of gravity, said first recited means operating to rotate said roll-holder during its bodily downward movement. I

21. In a typewriting machine, the combination with a roll-holder, of paper fee-ding devices operating to turn said roll-holder. when the sheet is unwound and drawn off permitting the. roll-holder to move bodily i therefrom, means operating to cause bodily mentof said roll-holder in one direction as- .it is rotated to unwind the material therefrom, -said rackand pinion operating to effect a rotary rewinding movement of said roll-holder when it is moved bodili in the opposite direction.

In a'typewriting machinwthe combi nation of a platen, a vertically-arranged suppmiiing fi'zim a i'OihhOhiClf, guide vays predeis on said suppozihug i'mnw for said r0ilsaid pnpe-rfeedlng humor, :2

guide for the nmieriai at the top 01' said i 30; In a typcwiilting machine, 111110, ihii material passing from the nation of a. rotary ghiien mpearoll-hodme1 over the guide mlci thence vices coiipe lown in the piaten, paper fewiing devices for re (ZOUPKlfliillii with said platen to draw of? aiiow the paper to he wiiihzhmi'n, a a,

means on mh pied to coiperai'c mid if'i'mixo coiiperuiing with said roll-holder [119 S211] .IPEI (ME:-

imp with the paper m. press:

igainsfi the platen and mmuni; for

10 cause Et Le move bodily upward on said anmnmticiily operating 521,16. chimp whcn guideqvu m it rotated in the drawing the paper has been wii hc wn m a. pi'echx 75 vii of he paper, means for .ieiizising the tel-mined extent.

23). In a typcwriiving mmhim? i 1? (:Qliliiiid LGihilOiCh'l Lo rim bddily when of a rotary p ids-Ways under the iniiu encci feed. devices cuilpei'zuimg with 1d :41! firs recited means operating means i 'i'0li-l1 )i.ii0;' to rewind said paper of the Uh, bimliiy clmvnwmrd z neve ienseii ing and PZIPGI: A can $511k wr feuding devives and pusinithiig r iiuu'n said of .9321 if) 12m ii iheiwm (h.

mom (:5 Haiti i'oiirhohier.

' n :1 ii I a he fi int of said 'wune, a roih and fed me: the hohier in said guuie-wnys 53110 unit emu pass- 11min:

i ing from said guide and ihvncse dowim'mxi ova-ii: s: id chute m the plain].

:1 pini'en thci'e'o-ii, an 32. fund to Raid carriage mtion of 1 ia/"7811, n mil-hnhihu' 0p im1Yr i Said frame, (a guide at the to rewind the slmet Cill'ihfii hy iii mm? s uid chum nmuni'ed substantially sheet has been unwound fi'nni Lhc i-nihiioidui" 'i'ihi''ian, and JIHZlHfeJ uiz'esiing; the $1.1m :iiift mil-holder upward ave-r said been raw mud in as iveli'fiil In a typem riting n gaps!) feeding devices 00- naiion of ope 'ating with said platen, paper feed my rcwini'i devices, pinions on aid mil-holder, unvmmd he roihho My dis msad rack bzu's on Raid ihu pifli'iilq :iiid means for clznnping rho, 0 1m and cnijpumtlve with said pinions against the phiien nfi'm: it has: been zrwwmzi (hiring bodily up and dawn moven'icnts of m a certain i i for moving the paper in(iepc1i u;.|i ly 8O platen when the fazed. devices 115; 01 auiuinsticaiiy' ch .1 arrestii'ig ihe T-Zifjfii' iiiiiei' it hm: hmfn i i. in i uniting machine the combiso nwved to a pied"aw-fined (Hiiifidi,

' iypewri,

machine, iiw umnhi S5 ant.

said lGii-hOidQl on i (i guiiicw'nys. 34-. In a typewritiiig machine, Um (*maibh :i riiing xii-aching "the cmnbinah-0n of pinion 1!. l( iii1( iih 1 cqycuatiwa to 1.10 iHiIiOU r; a gizwity ()Pil'zlifli ruilhohhiz; and rmvin-ii he shoot after F id sheet has hmcn refuting said i'Uli-hOkiil during uinvmmi item the mil. .ohiei and imi 0W1 Meir operating; 17..

11011102 ia'viiy 0pm ums; hi2 rotating gravity rim, said means con'ipri u eh i pi zrl 110 4-1" pip? am. the P [611 and HUiQOU'lliiiC iiillllpillg I 1 liyh'i'ltlll IDELCJ] i116: E CUInbi- O 1311x113 (m Sikh l. b I

:1 she- 2i: in limit it's 1 4 7-1 a rod-holder, co 01 I'GWHNilNg' movenmit. Fina he winter: in unwind th meanscomprising n, chimp-n tiw v,

and H phi. is (:00

Ah the pinion um! mums uciiimimi. by ity f0? Silhi i'oii-huhlei fol opvi'ai'i'ng said phm-u $353. in ii iygvwrit'inig' Mulching, :i platen :1 I'Uii-iujhii-l' i.

rewind e w z text r id siuirei b.0011.

i: I he phiiun, and antmw 1i; chlmpiii menus ya and pinion, upu ift; 011 said Show in limit 5 bach- ,XL 1: iygevlri'iiing imzciiincz, the, cumbi ward mzmvimii w mmcm'mnt, said :xlmmy 11.",-

pair 0! pinions (1R said yon-holder 211d :1 vngziggeinm lain pair 01 i'eiatimiy fixmd verixm Hy arrange 56. In a Lyp ritinp' illihlfiili'li Hm mm. E210 wicks cniiperzitive with said pinions. m'iiimi of :i platen, a roll-imhicr opul'aii-o m 111 ii typowriting machine the combi- I rewind the sheet after Sui-l sheep has bum nation of paper feming da ices, 11' i:=s5 umroumi ifi'om the ruU-huhhu: 12ml, rohmsingg mid paper feerliiw QiiUGS t0 free the fnicn, and. anion i1 vhiinpi-ig j m m from U11? CO'lliiliPi i "i li Qfi'fi i :ie pm'uiii'e mi suia'i 1 "Li:- Tiiiiifi; ii hawk:- i115.)

swinging said aper apron into clamping engagement wit said platen, saiddevices comprising arms on which said paper apron is mounted and a lever connected with one 5 'of said arms and provided with a cam 00- operative with said roll-holder,

v 87. In a typewriting machine, the combination of a platen, a material-carrying deflvice having a rota movement to wind up 0 the material carrie by it and having also a bodily movement, a clampfor said material, and means for operating-said clamp,

said means be' actuated b said device and said clamp eing-adapte to be maintaincd or held. 1n operation by the weight of 15 said device.

Signed at the borough of Manhattan, city 0" ew York, in the countj of New York and State of New York, this 2nd day 0 June A. D. 1908. v CLIO B. YAW.

Witnessesi CHARLES E. SMITH, J B. DEEVES. 

